PDB 3oxq

PDB	3OXQ
Method	X-RAY DIFFRACTION
Host Organism	Escherichia coli
Gene Source	Homo sapiens
Primary Citation	Multiple C-terminal tail Ca(2+)/CaMs regulate Ca(V)1.2 function but do not mediate channel dimerization. Kim, E.Y., Rumpf, C.H., Van Petegem, F., Arant, R.J., Findeisen, F., Cooley, E.S., Isacoff, E.Y., Minor, D.L. Embo J.
Header	Metal Binding Protein/Transport Protein
Released	2010-09-21
Resolution	2.550
CATH Insert Date	07 Nov, 2010

PDB 3oxq

PDB Chain 3oxqA

PDB Chain 3oxqB

PDB Chain 3oxqC

PDB Chain 3oxqD

PDB Chain 3oxqE

PDB Chain 3oxqF

CATH Domain 3oxqA01

CATH Domain 3oxqA02

CATH Domain 3oxqB01

CATH Domain 3oxqB02

CATH Domain 3oxqC01

CATH Domain 3oxqC02

CATH Domain 3oxqD01

CATH Domain 3oxqD02

CATH Domain 3oxqE00

CATH Domain 3oxqF00

Domain ID	Date inserted into CATH	Superfamily	CATH Status
3oxqA01	08 Oct, 2013		Holding pen
3oxqA02	08 Oct, 2013		Holding pen
3oxqB01	08 Oct, 2013		Holding pen
3oxqB02	08 Oct, 2013		Holding pen
3oxqC01	08 Oct, 2013		Holding pen
3oxqC02	08 Oct, 2013		Holding pen
3oxqD01	08 Oct, 2013		Holding pen
3oxqD02	08 Oct, 2013		Holding pen
3oxqE00	27 Feb, 2013	6.10.250.2180	Assigned
3oxqF00	27 Feb, 2013	6.10.250.2180	Assigned

Accession	Gene ID	Taxon	Description
Q13936	CAC1C_HUMAN	Homo sapiens	Voltage-dependent L-type calcium channel subunit alpha-1C
P0DP25	CALM3_HUMAN	Homo sapiens	Calmodulin-3
P0DP25	CALM3_HUMAN	Homo sapiens	Calmodulin-3
Q13936	CAC1C_HUMAN	Homo sapiens	Voltage-dependent L-type calcium channel subunit alpha-1C
P0DP25	CALM3_HUMAN	Homo sapiens	Calmodulin-3
P0DP25	CALM3_HUMAN	Homo sapiens	Calmodulin-3